2023 |
The first course in Analytical Chemistry for majors (M3LC)! This course introduces students to a variety of modern wet-chemical analysis methods. All elements of Chem M3LC will be in-person this quarter. |
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2022 |
248 |
A graduate course in electrochemistry based upon the text "Electrochemical Methods: Fundamentals and Applications, 3rd Ed." by Bard, Faulkner, & White. Will include a comprehensive set of lecture slides. |
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2021 |
248 |
A graduate course in electrochemistry based upon the text "Electrochemical Methods: Fundamentals and Applications, 3rd Ed." by Bard, Faulkner, & White. Will include a comprehensive set of lecture slides. |
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2020 |
The first course in Analytical Chemistry for majors (M3LC)! This course introduces students to a variety of modern wet-chemical analysis methods. M3LC is on-line only for this quarter. |
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2020 |
The first course in Analytical Chemistry for majors (M3LC)! This course introduces students to a variety of modern wet-chemical analysis methods. M3LC is on-line only for this quarter. |
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2019 |
The first course in Chemistry at UCI! Foundational, central, essential...for life itself! |
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2019 |
The first course in Analytical Chemistry for majors (M3LC) and students of our Campuswide Honors Program (H2LC)! This course introduces students to a variety of modern wet-chemical analysis methods. |
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2018 |
The first course in Chemistry at UCI! Foundational, central, essential...for life itself! |
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2018 |
The first course in Analytical Chemistry for majors (M3LC) and students of our Campuswide Honors Program (H2LC)! This course introduces students to a variety of modern wet-chemical analysis methods. |
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2017 |
The first course in Chemistry at UCI! Foundational, central, essential...for life itself! |
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2013 |
248 |
A graduate course in electrochemistry based upon the text "Electrochemical Methods: Fundamentals and Applications, 2nd Ed." by A.J. Bard and L.R. Faulkner. Will include a comprehensive set of lecture slides. |
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2012 |
151 |
The first analytical chemistry course at UCI. This fall, we are again using Skoog, West, Holler, and Crouch. |
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2012 |
131C |
Statistical mechanics, chemical kinetics, and chemical dynamics are the main topics to be discussed in this last installment of the three-course physical chemistry sequence required of majors. |
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2011 |
151 |
The first analytical chemistry course at UCI. This fall, we are again using Skoog, West, Holler, and Crouch. |
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2011 |
131C |
Statistical mechanics, chemical kinetics, and chemical dynamics are the main topics to be discussed in this last installment of the three-course physical chemistry sequence required of majors. |
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2011 |
248 |
A graduate course in electrochemistry based upon the text "Electrochemical Methods: Fundamentals and Applications, 2nd Ed." by A.J. Bard and L.R. Faulkner. Will include a comprehensive set of lecture slides. |
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2010 |
151 |
The first analytical chemistry course at UCI. The text for the course is Skoog, West, Holler, and Crouch. |
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2010 |
130C |
Stat mech and chemical kinetics, mainly. The last installment of the three-course physical chemistry sequence required of majors. |
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2009 |
151 |
The first analytical chemistry course at UCI. The text for the course is Skoog, West, Holler, and Crouch. |
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2009 |
130C |
Stat mech and chemical kinetics, mainly. The last installment of the three-course physical chemistry sequence required of majors. |
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2009 |
248 |
A graduate course in electrochemistry based upon the text "Electrochemical Methods: Fundamentals and Applications, 2nd Ed." by A.J. Bard and L.R. Faulkner. Will include a comprehensive set of lecture slides. |
2008 |
H2A |
This deluxe version of General Chemistry is offered to participants of the Campus Wide Honors Program at UCI and to other students who have excelled in Chemistry. |
2008 |
In this freshman and transfer student seminar, we examine the motivations for exploring hydrogen and other alternative energy sources. We will study the mechanics of hydrogen generation, its storage, its detection, issues related to safety, and its use in fuel cells and internal combustion engines. Where are the bottlenecks on the road to a hydrogen economy, in terms of the fundamental science, and what are our prospects for solving these problems? |
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2008 |
130B |
Fundamentals of molecular quantum mechanics. Development of the principles of rotational, vibrational, electronic, and magnetic resonance spectroscopy. Chemical bonding. Applications to biological and condensed phase systems. Prerequisite: Chemistry 130A; Physics 7E or Engineering CBEMS40A. |
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2007 |
H2A |
This deluxe version of General Chemistry is offered to participants of the Campus Wide Honors Program at UCI and to other students who have excelled in Chemistry. |
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2007 |
130B |
Fundamentals of molecular quantum mechanics. Development of the principles of rotational, vibrational, electronic, and magnetic resonance spectroscopy. Chemical bonding. Applications to biological and condensed phase systems. Prerequisite: Chemistry 130A; Physics 7E or Engineering CBEMS40A. |
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2006 |
H2A |
This deluxe version of General Chemistry is offered to participants of the Campus Wide Honors Program at UCI and to other students who have excelled in Chemistry. |
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2005 |
H2B |
This deluxe version of General Chemistry is offered to participants of the Campus Wide Honors Program at UCI and to other students who have excelled in Chemistry. |
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2004 |
151 |
The first analytical chemistry course at UCI. This fall, we are using Skoog, West, Holler, and Crouch and MathCad will play a prominent role in the course. |
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2004 |
H2B |
This deluxe version of General Chemistry is offered to participants of the Campus Wide Honors Program at UCI and to other students who have excelled in Chemistry. |
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2003 |
151 |
The first analytical chemistry course at UCI. This fall, we are using Skoog, West, Holler, and Crouch and MathCad will play a prominent role in the course. |
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2003 |
H2B |
This deluxe version of General Chemistry is offered to participants of the Campus Wide Honors Program at UCI and to other students who have excelled in Chemistry. |
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2002 |
151 |
The first analytical chemistry course at UCI. The text used was Skoog, West, and Holler, and MathCad played a prominent role in the course. |
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2001 |
151 |
The first analytical chemistry course at UCI. The text used was Skoog, West, and Holler, and MathCad played a prominent role in the course. |
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2000 |
1C |
The third quarter of the first year chemistry course at UCI |
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1999 |
1B |
The second quarter of the first year chemistry course at UCI |
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1998 |
151 |
The first analytical chemistry course at UCI. This fall, we will use Skoog, West, and Holler, and MathCad will play a prominent role in the course. |
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1998 |
1B |
The second quarter of the first year chemistry course at UCI |
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1998 |
131B |
Principles of quantum mechanics with application to the elements of atomic structure and energy levels, diatomic molecules spectroscopy and structure determination and chemical bonding in simple molecules. |
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1997 |
1B |
The second quarter of the first year chemistry course at UCI |
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1997 |
131B |
Principles of quantum mechanics with application to the elements of atomic structure and energy levels, diatomic molecules spectroscopy and structure determination and chemical bonding in simple molecules. |
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1996 |
137 |
Introduction to methods of materials synthesis and characterization; solid state physics from a chemical perspective. |
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1996 | 130A | Chemical thermodynamics of pure and multicomponent systems in the solid, liquid and gaseous states. |
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1996 |
1B |
The second quarter of the first year chemistry course at UCI |